In Vitro Analysis of Flow Rates in Peripheral Catheter Devices: Implications for Emergency Fluid Resuscitation

In an idealized system, the use of high-flow stopcocks allows for an 8%-10% increase in flow rate compared to needleless connectors, correlating to an additional 400 mL of fluid delivered over a 20-minute period. The 2-way high-flow stopcock could provide a significant advantage by delivering increased flow rates while offering a compact design that maintains a low operational footprint. Given the impact of rapid fluid administration in trauma and resuscitation, high-flow stopcocks may enhance emergency care efficiency in austere combat environments.

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Publication Details

Journal
Military Medicine
Published
2025-12-13
DOI
https://doi.org/10.1093/milmed/usaf615
Primary Topic
Intravenous Infusion Technology and Safety
Type
article
Field-Weighted Citation Impact
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article

In Vitro Analysis of Flow Rates in Peripheral Catheter Devices: Implications for Emergency Fluid Resuscitation

Matthew Tovar, Mariah A. Jensen-Wachspress, C. Treager, Eric Sulava et al.
Military Medicine
Intravenous Infusion Technology and Safety
article

In Vitro Analysis of Flow Rates in Peripheral Catheter Devices: Implications for Emergency Fluid Resuscitation

Matthew Tovar, Mariah A. Jensen-Wachspress, C. Treager, Eric Sulava, Alison M. Colao, Lorie Gower, Daniel T Weinberg, Dominique M Ferguson, Brittany L Dellinger
article en

Abstract

In an idealized system, the use of high-flow stopcocks allows for an 8%-10% increase in flow rate compared to needleless connectors, correlating to an additional 400 mL of fluid delivered over a 20-minute period. The 2-way high-flow stopcock could provide a significant advantage by delivering increased flow rates while offering a compact design that maintains a low operational footprint. Given the impact of rapid fluid administration in trauma and resuscitation, high-flow stopcocks may enhance emergency care efficiency in austere combat environments.

Military Medicine
Naval Medical Center Portsmouth (US), General Dynamics (United States) (US), General Dynamics (United Kingdom) (GB), ISA Associate (US)
Good health and well-being
Openalex Percentile: Top 40%
Intravenous Infusion Technology and Safety
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In Vitro Analysis of Flow Rates in Peripheral Catheter Devices: Implications for Emergency Fluid Resuscitation — Matthew Tovar, Mariah A. Jensen-Wachspress, et al. · Military Medicine (2025) | TGRS Research Map | TGRS